Data Center Networks Built for the Way Workloads Actually Move

Older data center networks were designed around traffic entering and leaving the building. Most of the load today sits between servers, and Datacipher builds fabric-based networks designed for that, scaling one rack at a time instead of one redesign at a time.

Business Challenges

Traffic Patterns Have Changed, the Design Has Not
Three-tier networks were built when most traffic moved in and out of the data center. Virtualization, containers, and multi-tier applications shifted the load to communication between servers, and older designs handle that poorly.
Expanding the network often requires reworking core layers, which turns a routine capacity addition into a change window and a risk conversation.
Virtual machines and containers shift between hosts and racks, but static network configurations force manual changes every time something moves.
Organizations with more than one data center end up with different designs, different policies, and no consistent way to manage them together.
Switch by switch changes drift out of alignment over time, and a single misconfiguration can take down more than it should.

Our Solution

Datacipher designs and deploys data center networks on a spine and leaf fabric, so capacity, performance, and policy scale predictably as your compute and storage footprint grows. We start by mapping how traffic actually moves in your environment, which applications depend on which systems, and where the current design is creating bottlenecks or risk.

From there we plan a migration that runs alongside your live environment rather than replacing it in one cutover. Racks move onto the new fabric in stages, existing infrastructure keeps running, and the design is documented so your team can extend it without us.

Key Features

Spine and Leaf Fabric Design

A flattened architecture where every server is the same number of hops from every other server, giving consistent performance regardless of where a workload lands.

Overlay Networking with EVPN VXLAN

Network policy follows the workload, so virtual machines and containers can move between hosts and racks without manual reconfiguration.

Repeatable Rack Standardization

Top of rack switching built to a defined standard, so adding the next rack is a known quantity rather than a fresh design exercise.

Data Center Interconnect

Multiple sites connected under one consistent design, with policy and segmentation that carry across locations.

Fabric Automation and Templates

Configuration applied from templates instead of switch by switch, reducing drift and cutting the errors that cause avoidable outages.

Business Benefits

1

Predictable Performance Under Load

Server to server traffic gets consistent throughput and latency, even as workloads grow and shift.

2

Capacity Added a Rack at a Time

Expansion extends the fabric rather than triggering a redesign, so growth stops being a project.

3

Fewer Change Windows

Workload moves and policy updates happen without physically reconfiguring the network around them.

4

One Design Across Every Site

Multiple data centers run on the same architecture and the same policies, which makes them far easier to operate as one estate.

5

Lower Risk From Human Error

Template-driven configuration removes most of the manual steps where outages tend to originate.

Solution Architecture

The fabric is designed to run alongside your existing data center network during migration, so workloads move across in planned stages rather than in a single cutover.

OEM Partners

Built on enterprise data center platforms from Juniper Networks and HPE Aruba, using fabric technologies that are widely deployed, well documented, and supported long term.

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Proven Customer
Outcomes

Delivering measurable business results through enterprise networking, cybersecurity, and cloud solutions that improve performance, resilience, and operational efficiency.
Case Study

From 20 Hours of Downtime to Under 1 Hour

DDoS attacks were knocking RailTel offline for nearly 20 hours a month. For one of India’s largest telecom providers, that couldn’t continue. Datacipher deployed Corero’s hybrid DDoS protection, phased in with zero disruption. Downtime fell to under an hour, and attacks now get blocked in real time.

Case Study

50% More Capacity, 70% Fewer Complaints

Rising user demand had pushed QTL’s network into constant congestion, dragging down service quality and pushing customer complaints higher every month. Datacipher upgraded the network with Juniper MX Series routers, rolled out in off-peak hours to avoid disruption. It helped lift overall capacity by 50%, and and cutting performance complaints by 70%.

Case Study

80% Fewer Wi-Fi Dropouts

Mahindra & Mahindra’s ageing Wi-Fi couldn’t keep up with a growing number of devices. Staff hit constant dropouts, and productivity slipped. Datacipher moved them to Juniper Mist, an AI-driven wireless network, phased in with minimal downtime. Connectivity issues fell 80%, and speeds rose 30%.

Case Study

A Data Center Move With Zero Downtime

With its lease expiring and its infrastructure past its prime, Technicolor had just six months to move its entire data center without disrupting a global media operation. Datacipher planned and ran the migration in carefully coordinated phases, hitting the deadline with zero unplanned downtime and moving Technicolor onto faster, more reliable infrastructure.

Case Study

60% Fewer Incidents, 35% Faster

BESCOM’s branch offices were running on outdated firewalls. They couldn’t handle modern threats or rising traffic, so security gaps and slowdowns crept in. Datacipher replaced them with Juniper SRX1500 firewalls, migrating every policy in phases. Security incidents fell 60%, and performance improved 35% across sites.

Case Study

20% More Revenue From New Services

Kerala Vision Broadband wanted to launch new, competitive services but was boxed in by its existing network. Datacipher upgraded the infrastructure with Juniper MX Series routers, adding support for advanced offerings like MPLS-based VPNs. The ISP piloted the services, rolled them out, and lifted revenue 20% in six months.

Why Datacipher

650+ Projects, Proven at Scale

A track record of enterprise engagements delivered across industries.

Migration Without a Shutdown

We move data centers from legacy three-tier designs onto fabric in planned stages, with the environment live throughout.

Network, Compute, and Storage Under One Roof

Our data center practice covers servers, storage, and virtualization alongside the network, so the design accounts for what actually connects to it.

Support That Doesn't End at Go-Live

Continued monitoring and support through our dedicated Network Operations Center.

FAQs

Can we move to a spine and leaf fabric without shutting down the data center?
Yes. The new fabric is built alongside the existing network, and workloads migrate rack by rack in planned stages rather than in one cutover.

No, migration is phased, and existing hardware continues to serve its workloads until those racks are ready to move.

The overlay design carries network policy with the workload, so a virtual machine or container keeps its network identity wherever it lands.
Yes, the design accommodates hybrid connectivity, and we scope those links based on which workloads need to reach which cloud services.
Configuration is applied from templates through the fabric management layer, so every new rack inherits the same standards instead of being built by hand.

Latest from Datacipher

Ready for a data center network that grows without a redesign?